A simple solution: Duqm Refinery’s world-class fire risk mitigation

Ester fluids are highly moisture tolerant, unlike mineral oil, protecting the transformer’s paper insulation and thereby extending its life. The fluids are also easy to use as a retrofilling option, meaning that operators across the Middle East can enhance fire safety and uptime, while preventing deterioration without replacing transformers, comments Tim Martin, sales director, MIDEL EMEA

Tim Martin, sales director, MIDEL EMEA.
Tim Martin, sales director, MIDEL EMEA.

Despite forecasts indicating that growth in oil demand is slowing, the IEA’s 2019 Outlook for the Middle East, along with substantial investments, points to a more dynamic scenario in the region.

Fifteen million barrels per day (mbpd) of new capacity is forecast to come online between now and 2040, underpinned, for the most part, by increasing demand for ethane, LPG, naphtha and jet fuel, as well as a surge in diesel demand. The Middle East is forecast to respond by investing in 3.4mbpd of new refining capacity.

The significant investments needed in new infrastructure bring both opportunity and risk. Against the backdrop of a declining liquids market share, a renewed focus on cost competitiveness is needed – both for new and existing operations.

At the same time, in the face of ongoing threats, competitiveness cannot come at the cost of safety. As shown by the drone attack on Abqaiq threats to critical infrastructure are evolving. Operators need to be prepared.

Power up
As with any industrial operation, a reliable source of electricity is critical to the competitiveness of oil and gas operations and unscheduled downtime from asset failure can easily cost operators millions of dollars in lost opportunity.

Significant improvements can be made by utilising predictive and proactive maintenance techniques, yet, in an attempt to keep costs down, many operators still perform reactive, or time-based maintenance, risking greater maintenance costs in the long-run.

Transformer failure, as a case in point, poses a very real risk to oil and gas safety and uptime. Last year’s Transformer Risk Report found that 61% of survey respondents had experienced some kind of failure in the past five years. It was little surprise that 50% of respondents were very concerned about the impact of transformer failure on their operations. Even more of a concern was the length of time a failure might take to repair, with less than a third of asset owners expecting that power would be re-instated immediately, and a handful expecting to wait as long as six months!

Testing conditions
Concerns over transformer failure are often exacerbated in the Middle East by harsh operating conditions. Last summer saw heatwave temperatures reportedly exceeding 60°C, coupled with dusty, humid, or coastal conditions. What is more, plants are not always in the most accessible locations meaning any electrical equipment needs to be doubly reliable.

While newer transformer designs have been more closely tailored to cope in these conditions, the age and maintenance condition of electrical infrastructure across the Middle East’s oil and gas sector is mixed. Further, while refineries are experts at managing the processing of hydrocarbons, managing transformer fire risk may not come so naturally. And, as ExxonMobil’s Beaumont refinery found out, it only takes one small fire in a transformer to cause a site-wide outage that has an impact that lasts for days.

Taking proactive measures is a key line of defence, both for new and existing infrastructure. Kimberlite’s study found that oil and gas operators that employ maintenance approaches such as condition-based monitoring experienced 36% less downtime. For transformers, opting for an ester transformer fluid can make all the difference in providing a reliable, safe power supply.

Proactive measures: transformer fluid
Most transformers are filled with mineral oil; a good insulator, albeit demonstrably flammable. Clearly, an oil and gas operation is the last place you would want a fire, whether caused by mechanical breakdown, or as a result of terrorism.

In the 1970s, MIDEL ester transformer fluids were developed as an alternative insulating fluid by UK-based manufacturer M&I Materials. Leaning on the company’s century of history in innovating specialist materials, MIDEL’s readily biodegradable transformer fluid not only significantly reduces fire risk, it can also substantially extend the transformer’s useful life.

A new industrial centre for Oman
Duqm Refinery in Oman is a clear example of how the right ester fluid can deliver world-class risk mitigation. Located in Al Duqm in the Sultanate of Oman, the refinery is part of a $15bn investment earmarked to create Oman’s next industrial centre – the Duqm Special Economic Zone. The zone’s proximity to international shipping routes in the Arabian Sea and Indian Ocean expedites the process of transporting goods in and out of the region and as such gives the refinery strategic advantage.

The site’s vision is to “create a facility that will benefit many generations to come… to be sustainable far into the future”, and with a refining capacity of around 230,000bpd of crude oil, fire safety is also an operational imperative.

Adhering to the strictest of international standards, the engineering team at Duqm commissioned new transformer units; filling the transformers with MIDEL fluid. The Duqm engineering team benefited from: (i) enhanced transformer risk mitigation (K class fluids have fire points >300°C); (ii) improved environmental protection (MIDEL’s ester fluids are readily biodegradable); and (iii) reduced total cost of ownership (less maintenance and civil costs with MIDEL).

With its enhanced fire safety profile, ester fluid filled transformers require substantially less bunding and fire suppression systems – a cost saving that typically runs into millions of dollars on complex industrial sites.

MIDEL fluids are used by leading names across the Middle East, including JEPCO (Jordan), MEW (Kuwait), ADMA OPCO (Abu Dhabi), and ZADCO (Abu Dhabi).

The next decade
As with any large-scale infrastructure project, the engineering team will have countless decisions to make to protect the billion-dollar investments being made – big decisions that could ultimately impact on generations to come. At the same time, this new infrastructure will need a laser-like focus on cost-competitive operations if it is to make its mark on the world stage. It is a lot to think about, and a lot to get right. But being open-minded to simpler innovations that deliver several advantages at once is an excellent way to optimise both time and money.

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